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Preparation and characterization of physically and chemically modified tapioca starch-based plasma expanders

机译:物理化学改性木薯淀粉基等离子体膨胀机的制备与表征

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Physically modified (pregelatinized or pregel) and chemically modified (hydroxypropyl, acid-thinned) tapioca starches were used to prepare plasma expander (PE). Physical properties such as pH, turbidity, colloid osmotic pressure and viscosity were determined. Pregel and hydroxypropyl, acid-thinned tapioca starch-based PEs had high turbidity. Colloid osmotic pressure and pH of hydroxypropyl, acid-thinned tapioca starch-based PE were higher than pregel tapioca starch-based PE and depended on the starch concentration. Viscosity of pregel tapioca starch-based PE was significantly higher compared with hydroxypropyl, acid-thinned tapioca starch-based PE at the same concentration. Newtonian fluid behavior was observed for hydroxypropyl, acid-thinned tapioca starch-based PE whereas pregel tapioca starch-based PE showed a non-Newtonian behavior.
机译:物理改性(预鉴定或预热)和化学改性(羟丙基,酸性稀释)的木薯淀粉用于制备血浆膨胀器(PE)。测定诸如pH,浊度,胶体渗透压和粘度等物理性质。预胶和羟丙基,酸薄的烟草淀粉基PES具有高浊度。胶体渗透压和羟丙基的pH值,酸性稀疏的烟草基淀粉基体高于Pregel Tapioca淀粉的PE,并依赖于淀粉浓度。与羟丙基,酸性稀疏的木薯淀粉基PE相比,Pregel Tapioca淀粉的PE的粘度明显高于相同的浓度。牛顿液体行为用于羟丙基,酸性稀疏的烟草淀粉系PE,而Pregel Tapioca淀粉的PE显示出非牛顿行为。

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